"One finds […] many real roots within these bounds, and it is very likely that all roots are real." Questa frase è nota come “Ipotesi di Riemann” ed è contenuta nel suo articolo del 1859. Se questa ipotesi venisse dimostrata, implicherebbe che la Teoria analitica dei numeri, la Teoria delle matrici random e la Fisica del caos risulterebbero fra loro intimamente connesse al punto da essere rappresentazioni distinte di un’unica struttura matematica ancora da individuare. Questo è solo uno dei motivi del perché essa rappresenti una delle sfide più importanti della Matematica contemporanea. Il volume si pone l’obiettivo di esporre in dettaglio queste implicazioni e di proporre una strategia di dimostrazione. [Abstract translated by Google Translate: This is the abstract in English… "One finds […] many real roots within these bounds, and it is very likely that all roots are real." This phrase is known as the "Riemann Hypothesis" and is contained in his 1859 article. If this hypothesis were demonstrated, it would imply that the Analytical Number Theory, the Random Matrix Theory and the Physics of Chaos are intimately connected to each other and are distinct representations of a single mathematical structure yet to be identified. This is only one of the reasons why this hypothesis represents one of the most important challenges of contemporary mathematics. The volume aims to expose these implications in detail and to propose a demonstration strategy.]
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Book
Sabbagh, Karl;
(2002)
Dr. Riemann's Zeros: The Search for the $1 Million Solution to the Greatest Problem in Mathematics
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Book
Rockmore, Daniel Nahum;
(2005)
Stalking the Riemann Hypothesis: The Quest to Find the Hidden Law of Prime Numbers
(/isis/citation/CBB000550401/)
Chapter
Bottazzini, Umberto;
(2003)
Complex function theory, 1780--1900
(/isis/citation/CBB000355272/)
Chapter
Ferreirós, José;
(2006)
Riemann's Habilitationsvortrag at the Crossroads of Mathematics, Physics, and Philosophy
(/isis/citation/CBB000800118/)
Article
Yan, Chen-guang;
Deng, Ming-li;
(2009)
Riemann's Idea of Geometry and its Impact on the Theory of Relativity
(/isis/citation/CBB000952285/)
Book
Lizhen Ji;
Athanase Papadopoulos;
Sumio Yamada;
(2017)
From Riemann to Differential Geometry and Relativity
(/isis/citation/CBB099121462/)
Book
Du Sautoy, Marcus;
(2003)
The Music of the Primes: Searching to Solve the Greatest Mystery in Mathematics
(/isis/citation/CBB000470012/)
Article
Aubin, David;
Dahan Dalmédico, Amy;
(2002)
Writing the History of Dynamical Systems and Chaos: Longue Durée and Revolution, Disciplines and Cultures
(/isis/citation/CBB000202609/)
Article
Dong, Kerong;
Bao, Fangxun;
(2008)
J. J. Sylvester and His Matrix Theory
(/isis/citation/CBB000933526/)
Book
Sabbagh, Karl;
(2002)
The Riemann Hypothesis: The Greatest Unsolved Problem in Mathematics
(/isis/citation/CBB000470010/)
Article
Echeverría, Javier;
(1995)
Métodos empíricos en matemáticas: La conjetura de Riemann como ejemplo
(/isis/citation/CBB000071202/)
Chapter
Petitgirard, Loïc;
(2006)
Poincaré, Précurseur du “chaos”?
(/isis/citation/CBB001024284/)
Article
François Lê;
(2020)
“Are the Genre and the Geschlecht One and the Same Number?” an Inquiry into Alfred Clebsch's Geschlecht
(/isis/citation/CBB466745331/)
Article
Banks, Erik C.;
(2013)
Extension and Measurement: A Constructivist Program from Leibniz to Grassmann
(/isis/citation/CBB001211301/)
Book
Derbyshire, John;
(2003)
Prime Obsession: Bernhard Riemann and the Greatest Unsolved Problem in Mathematics
(/isis/citation/CBB000470014/)
Article
Deng, Mingli;
Yan, Chenguang;
(2006)
The Rudiments of the Idea of Riemann for Geometry
(/isis/citation/CBB000630902/)
Article
Plotnitsky, Arkady;
(2009)
Bernhard Riemann's Conceptual Mathematics and the Idea of Space
(/isis/citation/CBB001031505/)
Chapter
Tappenden, Jamie;
(2006)
The Riemannian Background to Frege's Philosophy
(/isis/citation/CBB000800119/)
Article
Eric Vandendriessche;
(2022)
The concrete numbers of “primitive” societies: A historiographical approach
(/isis/citation/CBB201980517/)
Book
Richard Dedekind;
Heinrich Weber;
(2019)
Theorie Des Fonctions Algebriques d'Une Variable
(/isis/citation/CBB160173996/)
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